【J】【u】【s】【t】【Z】

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Cake day: June 12th, 2023

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  • 28 USC Sec. 566

    (a)It is the primary role and mission of the United States Marshals Service to provide for the security and to obey, execute, and enforce all orders of the United States District Courts, the United States Courts of Appeals, the Court of International Trade, and the United States Tax Court, as provided by law.

    (b) The United States marshal of each district is the marshal of the district court and of the court of appeals when sitting in that district, and of the Court of International Trade holding sessions in that district, and may, in the discretion of the respective courts, be required to attend any session of court.

    ©Except as otherwise provided by law or Rule of Procedure, the United States Marshals Service shall execute all lawful writs, process, and orders issued under the authority of the United States, and shall command all necessary assistance to execute its duties.

    This codified the common law in the US.

    The Court’s order to its district marshal is superior to any DoJ order. If the marshal won’t act, the Court can conpel them into court and hold them in contempt.

    Courts (and marshals) can also deputize people to execute their orders. They can also hold others in contempt who contribute to orders not being followed…they can start seizing and freezing assets of Trump’s helpers; they can award money damages as sanctions, they can disbar attorneys. There’s a lot they can do. I hope the courts start playing hard ball with these lawless fucks.












  • Yeah no doubt but OP said this in reference to “scaling up with more weight” and in reference to moving things around, so there are practical size limitations on how long the wheelbarrow/lever can be and how much a person’s arms can lift. You wouldn’t use a wheelbarrow to move a pallet of stone without custom building some freakishly large pallet moving wheelbarrow to act as a massive lever, but you could certainly move a little bit of stone at a time with a store bought wheelbarrow. Assuming normal size implements, for the pallet, a person isn’t strong enough to not need four wheels. You might make a very long lever with the right balance and be able to lift the stone pallet and move it a few feet at a time, before resetting the fulcrum and moving the load again, a few more feet, and you could move the load with just one finger, easily, as you suppose, but in no way would it be more practical than using a four-wheel pallet jack of normal size. I’m not a physics guy so I’m sure I’m not explaining this as clearly as someone more versed might and I agree there are times when it’s easier to pull, such as pulling a dolly up a flight of stairs or over curb; I guess I’m assuming we’re talking about moving a load along the average ground where you can get the proper angle.

    For OP, check the Worx Aerocart, 8 in 1.


  • When you tow something the pulling force has to be down low, aligned with the load, to make it efficient. With the human body, given the height of your hands, it will always be easier to push a load than to try and tow it. The angular force when pushing a wheelbarrow, along with the weight of your body, helps the wheelbarrow along. If you turn around and try to pull it, your body takes that angular force instead of the front wheel. Like, instead of the lever and wheel doing the work, you have to not just move the load along, but lift it too. In short, there’s a reason why you can’t find something like this. It’s the same reason that why you look at wagons or pull carts, the handle is connected as low to the load as possible, and may likely have an angle built into it, also the same reason why flatbed type push carts say right in them “push, don’t pull.” Same with wheelbarrows. In short, you’re going to hurt yourself.

    Your post doesn’t make sense. “A four wheel cart doesn’t scale well when compared to the rickshaw design”? Given that a four wheel design spreads the weight to four wheels instead of just two, four wheels can obviously move more weight more easily than two.

    As above, especially in uneven surfaces, pushing is easier than pulling given that angular force is reversed (pushing the wheel over a bump and using the angular force to help rotate the wheel versus lifting the load up over the bump using your body whilst pulling). No question.














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